🧵 Just left @ProfBrianCox’s new live show, Emergence. It is an absolute masterclass in taking the most fundamental laws of physics and using them to unravel the staggering complexity of our universe. Here are a few core takeaways that are still echoing in my head: #BrianCox #Emergence #Physics #Science #Cosmology

Η πιο EPIC μασκότ στο ελληνικό μπάσκετ είναι γεγονός! 😂👵💙 Ο Ηρακλής παρουσίασε στο Ιβανώφειο τη νέα του μασκότ: τη θρυλική «Χάιδω»! Φόρος τιμής στην πιο πιστή οπαδό της ομάδας, πλήρης με τη μαγκούρα της, χορούς και άφθονο αυτοσαρκασμό πριν το τζάμπολ! Η στιγμή που η μασκότ φωτογραφίζεται με την αληθινή Χάιδω στις κερκίδες απλά ΔΕΝ ΥΠΑΡΧΕΙ. Respect! 🙌🔥 #Iraklis #IraklisBC #GBL #Ivanofeio #Giraios #Mascot #GreekBasket #Basketball #Iraklis Basket #Haidou #Respect #GreekMemes

Is satellite connectivity a commercial convenience, or is it critical national infrastructure? If Europe wants technological sovereignty in the 21st century, the answer must be the latter. 🇪🇺📡 Right now, a single American company holds a near-monopoly on low Earth orbit (LEO) residential and commercial satellite internet. While Starlink’s engineering achievement is undeniable, relying on a single foreign provider for critical connectivity—whether in rural communities, maritime routes, or crisis zones—is a geopolitical vulnerability Europe cannot afford. The clock is ticking, but Europe is moving. The European Union’s IRIS² (Infrastructure for Resilience, Interconnection and Security by Satellites) is our flagship response. With a multi-billion-euro commitment and a multi-orbital constellation entering deployment, IRIS² aims to deliver secure, sovereign broadband to governments, emergency services, and citizens alike. However, deploying satellites isn't enough. To truly compete and safeguard our digital autonomy, Europe needs to accelerate: 🔹 Launch Capacity: We must scale sovereign, reusable launch systems to place payload into orbit at speed and scale. 🔹 Market Execution: Public-private partnerships like SpaceRISE must cut through red tape and deliver commercial-grade user equipment at scale. 🔹 Deep Innovation: We need continued RnD in optical laser communications, quantum encryption, and direct-to-cell technologies to lead the next leap, not just catch up to the last one. Strategic autonomy isn't about isolationism—it's about resilience, choice, and keeping European data secured by European infrastructure. The foundation is set. Now it’s time to move fast, fund aggressively, and build. 🚀🇪🇺 What are your thoughts? Can public-private initiatives like IRIS² match the iteration speed of commercial space giants? Let’s discuss below. 👇 #SpaceTech #EuropeanSovereignty #IRIS2 #SatelliteInternet #Telecommunications #Innovation #TechPolicy #Aerospace

Remember when we used to read code before merging it? Good times. 😅 #VibeCoding #DeveloperHumor #AI #TechX

The real magic happens when Manchester meets Athens. Take complex systems: pure theory (Athens) gives us simple mathematical laws and protocols, while pragmatic engineering (Manchester) lets those simple rules run at scale across distributed systems. What emerges from that intersection? Self-organizing network topologies, resilient architecture, and complex computational behavior out of basic instructions. You need both the artisan and the philosopher to build the future. #Emergence #SystemsArchitecture #SoftwareEngineering #TechMindset

Who is Zidane?

The opposite side of Dyson’s coin is Athens—the tradition of Plato, mathematical elegance, and pure first-principles reasoning. Where Manchester asks "How can we build this?", Athens asks "What fundamental law dictates why this works?" Without the Athenian drive for symmetry, unification, and mathematical truth, engineering becomes blind experimentation. True breakthroughs happen when theory frames the playground for practical invention. #PhilosophyOfScience #TheoreticalPhysics #FirstPrinciples #Athens

Ben Johnson shatters the 100m world record at the 1988 Seoul Olympics! 🏃‍♂️💨 Clocking a mind-blowing 9.79 seconds, he leaves Carl Lewis in the dust to take gold in the "Dirtiest Race in History." Little did the world know what was about to unfold 3 days later... 😳 #Seoul1988 #100m #TrackAndField #BenJohnson #CarlLewis #OlympicHistory

Freeman Dyson famously split scientific progress into two traditions: Manchester and Athens. Manchester is the world of James Joule—tool-driven, pragmatic, and grounded in hands-on tinkering. It argues that progress isn't born in abstract isolation, but forged in the workshop through building, measuring, and testing reality. In engineering and physics alike, toolmaking often precedes understanding. #Physics #Engineering #FreemanDyson #Pragmatism

🔥 EuroLeague Round 1 is in the books! 🏀 The 2026-27 season kicked off with massive statement wins & instant classics: 🇦🇪 Dubai 78–77 Real Madrid Historic debut! Dubai edges out the Spanish giants at Coca-Cola Arena. 🔴 Baskonia 89–106 Olympiacos Pure offensive masterclass from the Reds on the road. ☘️ PAO 91–72 Paris Defending form on display as Panathinaikos cruises at home. 🔵🔴 Barcelona 89–82 Efes Barça holds strong late at the Palau. 🟢 Zvezda 77–83 Žalgiris Kaunas grabs a huge away win in Belgrade. Other R1 Scores: • Hapoel 84–86 Bayern • ASVEL 84–74 Maccabi • Beşiktaş 94–96 Valencia • Fenerbahçe 78–68 Virtus • Partizan 92–76 Milano What was the biggest shocker of opening week? 👇 #EuroLeague #Devotion #Basketball

If AI can build any app, why hasn't anyone "vibe coded" the next Google? Because writing code is only ~10% of the job. The rest is pure systems engineering, networking, and the cold laws of physics. Vibe coding is great for slapping together React dashboards, CRUD endpoints, and rapid prototypes. But prompting an LLM to generate code hits a hard brick wall the second you step into real-world distributed infrastructure: 1) Syntax Doesn't Solve Physical Network Realities. AI can write a search algorithm in five seconds, but it can’t vibe-code BGP routing, subsea fiber orchestration, custom ASIC/TPU hardware, or thermal dissipation at the edge. When you're handling 100,000+ queries per second globally, speed is bound by the speed of light in fiber and packet propagation—not how fast your LLM outputs code. 2) The "Nth Prompt" Architectural Collapse. LLMs generate code probabilistically without a true mental model of system state. That works on small repos. But when you’re building a system with thousands of microservices or billions of lines of code, unstructured AI generation introduces race conditions, state conflicts, and technical debt that cause the entire architecture to collapse under its own weight. 3) Compute Economics & Spatial Complexity A naive database query generated by AI looks totally fine on a test DB with 1,000 rows. Run that same unoptimized logic across an index of hundreds of billions of web pages, and your query latency spikes to infinity while burning tens of thousands of dollars in wasted compute within minutes. 4) Information Retrieval & Ingestion Flywheels. Search isn't just a coding problem—it's an empirical data ingestion problem. Crawling the entire web continuously takes exabytes of fault-tolerant storage, massive bandwidth pipes, and decades of proprietary anti-spam signals. You cannot prompt data pipelines of that scale into existence out of thin air. Bottom line: Vibe coding dramatically lowers the activation energy to launch a prototype. But it doesn't bypass distributed systems theory, low-latency networking, or capital expenditure. AI generates code; human engineering solves scale. ⚙️

When anyone can ship an app in a weekend, "building" stops being a competitive advantage. The real challenge for solo founders in 2026 isn't the technical stack—it’s finding a real problem, offering genuine value, and getting people to care. Easy creation just elevates the need for positioning.